▍Project Background
Today, the rapid development of the new energy sector is increasingly evident and undeniable. New energy generation systems represented by solar energy, wind energy, and hydrogen energy are characterized by cleanliness and abundant energy resources.
However, electricity demand in remote field environments is highly diverse and requires strong flexibility. It is difficult for traditional power infrastructure to cover every corner of the land, especially in remote regions and even extreme border areas.
New energy generation systems, particularly PV + storage-based solutions, provide an effective way to address this challenge. Distributed microgrid systems based on PV and energy storage follow the principle of “adapting to local conditions and utilizing resources scientifically”, enabling localized installation and local energy consumption.
Compared with traditional centralized grid supply, distributed PV-storage microgrids can better meet users’ increasing requirements for safety and reliability, while providing diversified and customized power supply solutions for different users.
▍Project Introduction
To better address customer challenges and meet application requirements, this solution builds a low-voltage DC distribution system based on a GCEVO Power Router.
The Power Router features five ports, connected respectively to:
- Wind power
- Photovoltaics (PV)
- Energy storage
- DC loads
- AC loads
All ports share a common DC bus, enabling distributed energy resources to be plug-and-play through the Power Router.
This architecture supports flexible networking and allows rapid deployment of power supply systems.
By adopting a PV + Storage + DC Flexible architecture, the overall system achieves higher efficiency, improved reliability, and better adaptability for distributed energy integration.
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